High-Quality BQ impregnated diamond core bit Factories, Quotes

BQ impregnated diamond bit

Outside Diameter:59.6 mm

Inside Diameter:36.4 mm

 

Product Description

Brief Introduction of Impregnated Diamond Bits

The impregnated diamond bits are professional cutting tools. They contain diamond segments bonded to a base material and are widely applied in cutting non-ferrous materials. The selected grades of high-quality synthetic diamonds are distributed throughout the depth of the impregnated bit's matrix series.
The matrix layer of the crown contains a uniform distribution of these crystals embedded in a powdered metal bond. This diamond tool is widely applied in the mineral exploration industry for its efficiency and durability.
1
Technical Parameters
Includes diamond grade, size, concentration, quality, matrix hardness, and crown shapes.
2
Rational Selection
Users can make optimized selections based on the specific formations to be drilled.
3
Wear Protection
Tungsten carbide inserts are used on both sides of the waterways to avoid excessive bit wear.

Specifications & Sizes

Sizes of Core Bits and Reaming Shells
Description Core bit (OD) Core bit (ID) Reaming shell (OD)
Model Inches mm Inches mm Inches mm
BTW 2.345 59.56 1.667 42.1 2.36 59.95
NTW 2.965 75.31 2.218 56.1 2.98 75.7
HTW 3.762 95.57 2.809 71.1 3.783 96.09
AC(AQ) 1.875 47.63 1.062 26.97 1.89 48.01
BC(BQ) 2.345 59.56 1.433 36.4 2.36 59.95
BC3(BQ3) 2.345 59.56 1.32 33.53 2.36 59.95
NC(NQ) 2.965 75.31 1.875 47.63 2.98 75.7
NC3(NQ3) 2.965 75.31 1.775 45.08 2.98 75.7
HC(HQ) 3.762 95.57 2.5 63.5 3.783 96.09
HC3(HQ3) 3.762 95.57 2.406 61.11 3.783 96.09
PC(PQ) 4.805 122.05 3.345 84.96 4.828 122.65
PC3(PQ3) 4.805 122.05 3.27 83.06 4.828 122.65
T2-56 2.205 56 1.642 41.7 2.217 56.3
T2-76 2.992 76 2.429 61.7 3.004 76.3
T2-86 3.385 86 2.823 71.7 3.398 86.3
T2-101 3.976 101 3.295 83.7 3.988 101.3
T6-101 3.976 101 3.11 79 3.996 101.5
T6-131 5.157 131 4.252 108 5.157 131.5

Frequently Asked Questions

What are the primary applications of impregnated diamond bits?
They are primarily used in the mineral exploration industry for cutting non-ferrous materials and hard rock formations.
How is the diamond distribution managed in these bits?
High-quality synthetic diamonds are uniformly embedded throughout the depth of the bit's metal matrix layer.
Why are tungsten carbide inserts used?
These inserts are placed on both sides of the waterways to provide extra protection and prevent excessive wear on the bit.
Can I choose the matrix hardness?
Yes, matrix hardness is a key technical parameter that can be selected based on the specific geological formation being drilled.
What models of core bits are available?
A wide range of models is available, including popular series such as BTW, NTW, HTW, AQ, BQ, NQ, HQ, and PQ.
What factors influence the performance of the bit?
Key factors include diamond grade, size, concentration, quality, matrix hardness, and the crown shape.

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